Structural framework detailing tool

Abstract

A wrap around type tool with flat, right angled, rectangular blades, one perpendicularly aligned with the other, designed for bordering adjacent sides of a work piece. Each blade having perpendicularly paralleling outer straight edges, a centrally located slot providing for perpendicularly paralleling inner straight edges. Said edges, selectively chosen and in conjunction with a measuring tape, aiding the user in marking delineations for the placement of components in the fabrication of a buildings framework. The afore mentioned measuring tape is a locking type, and placed in a fixed position, on the surface of the working place, contiguous to the work piece. In placing the inside face of the horizontally oriented blade atop a work piece and the vertically oriented blade adjusted to fitting the blades end stay lightly touching the measuring tape. Moving in a comfortable direction, the user proceeds along the work piece, marking component placement location, component size and description. Compilation of progressive component measurements and spacing distances being performed with an on-board mechanized calculator, with component callout data cards attached. Rise per twelve inches of run calibrated indicia is provided on the upper face of the horizontal oriented blade for delineating opposite miter markings, for the cutting and fabrication of angular fitting components.

Description

PRIOR APPLICATIONS

Not Applicable

FEDERALLY SPONSORED

Not Applicable

REFERENCE TO SEQUENCE LISTING A TABLE

Not Applicable

BACKGROUND OF THE INVENTION

1. Field of the Invention

My invention relates generally to a detailing tool with straight edges, aiding the user in marking out for the placement of components in the fabrication of a buildings framework.

2. Description of the Prior Art

A person can use various tools to aide in accomplishing these markings, reference is made to Butcher et al. U.S. Pat. No. 5,456,015, Miller, U.S. Pat. No. 4,574,492, and Hennessey, U.S. Pat. No. 4,361,964, these are wrap around type tools with edges for marking, with some engraved measurement calibrations detailing data on adjacent work piece surfaces of structural building components.

Further searches of the U.S. Pat. Nos.

6,694,633	5,170,568	4,697,351	3,950,857	1,139,229
6,272,758	5,140,755	4,654,978	3,823,481	1,135,259
6,049,990	5,113,596	4,607,438	3,456,353	855,987
5,974,677	5,090,129	4,574,492	3,439,426	387,966
5,669,149	5,077,910	4,503,624	3,183,596	74,297
5,388,340	4,967,482	4,499,666	3,169,320	RE 380,32
5,367,783	4,944,096	4,429,466	2,965,969
5,337,487	4,745,689	4,420,891	1,732,906
5,253,426	4,742,619	4,227,314	1,665,400
5,239,762	4,712,304	4,212,108	1,257,683

disclose different devices aiding the user in marking out location and measurements for structural component fabrication. Layout tools incorporating, or providing means for attaching a measuring tape are disclosed, If measurements, other than progressive compilation is required, this becomes disadvantageous.

BRIEF SUMMARY OF THE INVENTION

None of my searches have disclosed a hand held tool with means for the attachment of a mechanism for compiling progressive measurements, computing angular measurements and computing innumerable degrees, while using the same hand held tool as an aide of the delineation application of these results. Neither do they disclose a means for attaching a card with called for construction data. Presently, to keep a card with pertinent data at hands reach, and keep breezes from disturbing it, it is clipped to a clipboard, weighted down, or put in the users pocket, requiring multiple movements when progressing along the work piece detailing for fabrication.

My objective is, providing a one-handed held tool to aide the user in the marking and detailing of called for data, and performing calculations in a more productive manner throughout completion of the fabrication of a building.

My invention is a wrap around type device with flat, right angled, blades projecting outward from each other. One blade is an adjustable vertically oriented, slidable blade used in marking out component location on the narrow sides of multiple work pieces, or the wide side of a singular work piece, and is directed to a locking type measuring tape laying on the surface plane of the working place, contiguous to the work piece, said blade being guided, and adjusted in height, at the 90° turned-up end embodiment of a horizontally oriented blade, this blade used in marking out the adjacent work piece side with component placement location, size and description data. The turned-up end embodiment provides a calculator holding tray, with means for attaching an indexed data card to the tray's backside. The placement of the measuring tape on the surface plane of the working place in a locked position, permits the user to progress along the work piece making markings at varying distances, or if necessary, retrace data, the user needs only the invention and marking instruments at hand to carry out the procedure.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 An isometric left rear view showing movement directions and controls,

FIG. 2 An isometric view showing the tool with blade directed to a measuring tape.

FIG. 3 A plan view of the horizontal oriented blade with engraved delineations showing pivot point locations and pitch calibrations.

FIG. 4 End views showing the use procedure of different component configurations of some commonly used materials, sequentially shown as A1 through A12.

FIG. 5 Isometric view showing tool parts.

FIG. 6 Parts Legend

FIG. 7 An elevation view showing the backside of the calculator holding tray.

DETAILED DESCRIPTION OF THE INVENTION

Referencing my invention, it is used as an aide in the tracing out of perpendicular markings on a structural work piece necessary for the segmented placement and connection of components in the fabrication of a Buildings framework, the work piece described as a linear length of material, or linear lengths stacked, upon the surface plane of the working place, said working place described as saw horses, staging, a bench, or the buildings floor. Laying out and detailing for the fabrication of a building's wall assembly is referenced with drawings. The basic components of a wall, are the top and bottom plates, described as work pieces, plate to plate uprights called studs, cut up-rights called cripples, spacing to receive beams called beam pockets, backing for the connection of intersecting walls midway of wall length called channels, backing at the walls end for connecting to an adjacent wall is called corner, a lintel above an opening called a header, a lintel below an opening called sub sill, an up-right at a header end called king stud, and an up-right support at a header end called end cripple or trimmer. A wall with a raking top, the component description of top plate, or vertical components contiguous with said plate, the word rake precedes the description, i.e., rake plate, rake stud, rake cripple.

The most common material thickness in wood construction is a nominal thickness of 2 inches, sized to an actual dry dimension of 1½ inches, the second commonly used material is a nominal thickness of 4 inches, sized to 3½ inches dry.

Referenced in FIG. 1, the detailing tool with the interior face of the horizontal blade, 2, facing down, loosening the knurled nut, 5B, permits vertical adjustment of blade 1 from ⅜ inches to 6 inches, enabling making markings on sides of multiple plates. A flip-up tray, 4, for holding a calculator, this tray having a data card attached to its backside for indexing called for data taken from the working drawings and specifications. Blades, 1 and 2 have paralleling straight edges, 1A, 1B, 1C, and 1D, sequentially aligned with 2A, 2B, 2C, AND 2D. The distance spacing of the straight edges, measure 1½ inches from 2A to 2B, 1½ inches from 2C to 2D and 3½ inches from 2A to 2D. The blades have ⅜ inch end stays, 1F & 2F, end 1F has engraved delineations at edges 1B and 1C, and at center locations between these straight edges. These edges and said delineations are aligned with dimensioned delineations of the measuring tape, 7, for marking distances and component sizes.

Referenced in FIG. 2, the detailing tool atop the work piece, 6, comprised of 2 plates stacked on the surface plane of the working place. At the start end of the work piece, markings are made tracing selected straight edges of the detailing tool, on the adjacent exposed surfaces, for the placement of the end component, and detailing descriptive data of the component on the top surface of the work piece. A measuring tape, 7, is placed contiguously the length of the work piece, with the tapes end aligned with the start end of the work piece. The tool is moved to the next, nearest, component location with the selected edge of blade 1 directed to the measuring tape and positioned at the called for dimension distance, repeating the procedure of tracing out for the placement location and detailing called for data. Progression is made along the work piece in this manner, using the on-board mechanized calculator in compiling segmented measurements, performing calculations for angular measurements, and detailing data from the data card, 8, to the opposite work piece end.

Referenced in FIG. 3, the detailing tool, with engraved delineations of blade 2 visually exposed, placed atop the work piece, 6. a single rake plate. At the left work piece end, using the right portion of the tool, the pivot indicator, 10D, and the rise, 10C, calibration numeral 12, is aligned with the outer edge of the work piece, an alignment guide, 9, is tightly attached to edge 2A contiguous with said work piece edge. Tracing along edge 2D, and edge 1D of the vertical blade, making a cut mark, this cut location becomes the start position of measuring tape, 7, resting on the working place surface, pulled in a left to right direction. When the pull direction is from right to left guide 9 is attached to edge 2D, the edges and engraved delineations of the left portion of the tool are used. Move the tool with the selected edge of blade 1 directed to the measuring tape and positioned at the called for dimensioned distance to the next, nearest, component location, repeat the procedure of tracing out for the placement location and detailing called for data. Proceed along the work piece in this manner, detailing called for data, and compiling the progressive segmented measurements, performing calculations for angular measurements with the on-board mechanized calculator.

Claims

1. What I claim as my invention is a one-handed held wrap-around type tool with right angled perpendicular facing blades, whose edges are used as tracing guides in laying out markings for the fabrication of structural framing assemblies.

2. A Tool according to claim 1, including a flat rectangular shaped, slidable, vertically oriented blade, with means of fastening at depths to effectively mark delineations on structural component surfaces.

3. A tool according to claim 1, including an embodiment measuring 3½″, a portion of which is a flat horizontal oriented blade, whose edges are used as tracing guides to effectively mark delineations adjacently to and in alignment with the delienations in claim 2, said emboidiment has a right angled turned up end with a flip-up tray attached, holding a calculating mechanisem, with means for affixing data cards to its face and backside.